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Synthesis and photoconductivity study of phthalocyanine polymers. VI. Ethylenediamine bridged polymeric MnPc

机译:酞菁聚合物的合成及光电导研究。 VI。乙二胺桥联聚合物MnPc

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A novel polymer with quasi-one-dimensional structure of ethylenediamine bridged polymeric manganese phthalocyanine [PcMn(eda)](n) was synthesized by complexing of manganese phthalocyanine (MnPc) and ethylenediamine (eda). The structure of the polymer was identified by infrared, ultraviolet-visible, and differential scanning calorimetric analysis. It was found that the polymer [PcMn(eda)](n) showed much better photoconductive property than MnPc monomer when [PcMn(eda)](n) or MnPc was used as the charge-generation material (CGM)-matched hydrazone charge-transportation material (CTM). Furthermore, the photoconductivities of [PcMn(eda)](n) and MnPc were improved if the charge-generation layers (CGLs) were made by electric field poling. All these observations are ascribed to the effects of the one-dimensional molecular structure and the ordered material structure, respectively. (C) 1998 John Wiley & Sons, Inc. [References: 17]
机译:通过将锰酞菁(MnPc)和乙二胺(eda)络合,合成了一种新型的具有一维结构的乙二胺桥联聚合物锰酞菁聚合物[PcMn(eda)](n)。通过红外,紫外可见和差示扫描量热分析鉴定聚合物的结构。发现当[PcMn(eda)](n)或MnPc用作电荷产生材料(CGM)匹配的charge电荷时,聚合物[PcMn(eda)](n)显示出比MnPc单体更好的光电导性能。 -运输材料(CTM)。此外,如果通过电场​​极化制备电荷产生层(CGL),则[PcMn(eda)](n)和MnPc的光电导性得到改善。所有这些观察结果分别归因于一维分子结构和有序材料结构的影响。 (C)1998 John Wiley&Sons,Inc. [参考:17]

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